My Original Research​

​While interning, I developed a deep understanding of DNA origami, a process by which DNA is engineered to form complex shapes that can be manipulated in the body. I learned from graduate and post-doctoral students, and I took the initiative to run my own original experiment using the knowledge I had gained. I performed an average of 40 cycles of asymmetric polymerase chain reaction (aPCR) on more than 50 DNA samples, and I analyzed the relative intensities of DNA in electrophoresis gels after they underwent aPCR. I determined the optimal number of cycles of aPCR, amount of DNA template, and sense-to-antisense primer ratio for the production of scaffolds used to construct DNA origami nanostructures.

Personal Growth

My internship at Ke Lab was my first research position. I was thrilled to begin contributing to the scientific community, especially in such an interesting field. I had never heard of DNA origami before working in the lab, but afterwards, I gained an in-depth understanding of the revolutionary technique. I read countless articles about the subject, and I had the incredible opportunity to learn firsthand from the foremost experts. 

Additionally, I discovered how research laboratories operate. Getting to know the graduate students and my principle investigator was a wonderful experience, and working with such advanced equipment was truly inspiring. I finished my internship with new knowledge, new friends, new skills, and new memories.